An efficient and cost-effective power converter is a pre-requisite for the modern power
applications. With the evolvement of matured medium power self-commutated switching …

In applications such as transportation electrification there are strict requirements regarding
efficiency, reliability, power density, and cost. Therefore, a diverse array of circuit topologies …

In this paper, two new topologies are proposed for multilevel inverters. The proposed
topologies consist of a combination of the conventional series and the switched capacitor …

Having a reduced number of switches and isolated DC sources yet generating a higher
number of voltage levels has been always the challenge when selecting the appropriate …

In this paper, a simplified nearest level control balancing method for modular multilevel
converter is presented. The proposed method neither requires individual sorting of the …

In this paper, a new mode of operation has been introduced for packed U-cell (PUC)
inverter. A sensor-less voltage control based on redundant switching states is designed for …

Based on the switched-capacitor (SC) principle, a seven-level inverter is proposed, which
can synthesize seven levels containing a single dc source. Moreover, it can further generate …

A new cascade topology for multilevel converter is introduced in this paper which comprises
series connection of several submultilevel units. To determine the magnitudes of the dc …

This paper proposes a novel single-dc-source multilevel inverter called Packed E-Cell
(PEC) topology to achieve nine levels with noticeably reduced components count, while dc …

Switched-capacitor (SC) multilevel inverters (MLIs) offer various advantages over
conventional series MLIs owing to the operation from a single dc source, self-balanced …